Cases

PV consumption optimization + electricity sales revenue enhancement.
2 units of 125kW / 261kWh liquid-cooling all-in-one ESS deployed in parallel.
Application Scenario: PV Power Station.
Integrated with an onsite solar PV plant, this Battery Energy Storage System (BESS) maximizes solar self-consumption, reduces PV curtailment, enables grid export, and increases clean energy utilization while generating additional project revenue.

The solution features a 250kW–1000kWh air-cooled containerized ESS integrated with a 200kW DC fast charger, providing flexible energy management for commercial and industrial users.
By intelligently coordinating PV generation, battery storage, and EV charging loads, the system increases solar self-consumption, reduces electricity expenses, minimizes peak demand charges, and delivers stable, high-power charging services.

grid-side BESS in the Czech Republic provides frequency regulation and ancillary services, improving grid flexibility and renewable integration. With fast response and intelligent EMS, it stabilizes frequency, balances power fluctuations, participates in ancillary service markets, and creates long-term value.

Located in the Czech Republic, this utility-scale energy storage project was deployed to support frequency regulation and other ancillary grid services, enhancing grid reliability and improving renewable energy integration.
The system integrates 2 × 1MW/1.72MWh liquid-cooled containerized ESS, 2 × 1.725MW PCS, and 2 × 3.44MWh liquid-cooled battery containers, delivering a total installed capacity of 5.45MW/10.32MWh.
Powered by an advanced EMS platform, the project provides fast power response, optimized energy dispatch, and stable long-term operation. The liquid-cooled architecture improves system efficiency and battery consistency while helping maximize revenue from ancillary service markets.

Installed at an industrial facility in Austria, this project was designed to maximize on-site solar energy utilization and reduce electricity costs. The system combines rooftop PV generation with battery storage, enabling greater energy independence while reducing peak demand from the grid.
The project adopts 4 × 125kW/261kWh liquid-cooled all-in-one ESS units, delivering a total capacity of 500kW/1044kWh, together with an AC distribution cabinet for efficient power management.
By storing excess solar generation during the day and discharging during peak tariff periods, the system improves PV self-consumption, lowers operating costs, and provides reliable backup power to support continuous business operations.

Core function: PV self-consumption optimization
Configuration: 10×125kW/261kWh liquid-cooled all-in-one ESS, parallel operation
Site: Mechanical Manufacturing Factory
Since the integration of ESS and rooftop PV, the factory saves almost 2,000 kWh power daily. Higher solar self-consumption rate, lower electricity bills, stable energy supply for manufacturing.